Essential Leancat Laboratory Mea Testing Hardware - 5 Cm² Active Area Accessory [CeuDXfWY]

LEANCAT MEA Testing Hardware - 5 cm²

Introducing the LEANCAT Laboratory MEA Testing Hardware, a cutting-edge solution designed for precise and efficient testing of Micro Electrode Arrays (MEA) and porous layers. This versatile hardware is an essential tool for researchers and engineers in the field of electrochemistry, offering a comprehensive platform for testing and characterization of MEAs with a 5 cm² active area. The LEANCAT MEA Testing Hardware is engineered to meet the highest standards of quality and performance, ensuring reliable results for your experiments.

Key Features and Specifications

Equipped with a robust construction and simple assembly, the LEANCAT MEA Testing Hardware is designed for durability and ease of use. Here are some of its key features and specifications:

• Operating Pressure: Up to 50 bar for both hydrogen and oxygen, ensuring compatibility with a wide range of testing conditions.
• Temperature Range: Up to 180°C, allowing for testing under various thermal conditions.
• Material: The bipolar plate is made of Titanium Grade 1, known for its excellent corrosion resistance and mechanical strength.
• Active Area: 5 cm², providing ample space for testing and characterization of MEAs.
• Flow Field: Serpentine design for efficient gas distribution and uniform testing conditions.

Applications and Benefits

The LEANCAT MEA Testing Hardware is a versatile tool suitable for a wide range of applications, including PEM (Proton Exchange Membrane) and AEM (Alkaline Electrolyzer Membrane) electrolyzers. Its ability to pressurize up to 50 bar and operate at high temperatures makes it ideal for testing under realistic conditions. By using this hardware, researchers and engineers can gain valuable insights into the performance and behavior of MEAs, leading to advancements in fuel cell and electrolyzer technology. The LEANCAT MEA Testing Hardware is an essential tool for anyone involved in the development and optimization of electrochemical devices, offering numerous benefits in terms of efficiency, accuracy, and reliability.